Electric signal.



yW. K.' HOWB. ELEUTRIC SIGNAL.

AlPLIOATION FILED HAB.18,1908.

viNvla-NTOR:

@yew

lO /Z SC: 35 Wb Aso UNITED 1r..

WINTHROP K. HOWE,y 0FV ROCHESTER; NEW YGBK, ASSIGNDR TO.- GENERE SIGNAL COMPANY, OIFl GATES, YORK, A-COBROIR'AJJP-ll()l'il OPNEW' Application-'ildfliarche1'8, 1908: Seria'LNo: 4213945;

To all whom 't'may concern:

4 Be it known that I, VINTHROP K.` Howe, a citizen of the United States, and resident of Rochester, in the county of Monroe andy Stateof New York, have invented'A certain provide an elcient signal, inwhich whenv two lights are displayed therein and oneliht' isextinguished for some cause, the' e ect of the lost.

In the drawings z--Figurel isafrontA eleuse oftwo lights is not wholly vation of avv signal mechanism embodying this invention, part of the casing,- being broken away to exhibit'- interior. const/ruction Fig. 2 is a verticalsect-ion onl theline. y

gcxtension 3` ofv the main casing, 11 andi. the

front plate Lswings a platev or. vdiskfi20, which 2-2 of Fig. l; Fig;.3 is a. top plan view,

parts of' the casing beingreinoveditoexhibit:

interior construction; Fig." L is a" rear elevation offthe lower part ofthe device, the rear. door being rem'o'ved `in order toshow interior: construction; Fig. 5 is across sectionthrough'. .the clutch.

The casing is adapted'to be made of cast iron, andis composed of a. mainiportion l` open at the front and back, and.` having` the vertical' web 0r` partitionA 2` substantialli'.` in the middle thereof, and also'the upwardly extending portion 3. Aconcavelfrontl plate" 4 covers the upwardly extendingportion, 3,`

and also the llower chamber'orx part, offf the casing, and is provided with two lazedopenings 5 and 6. Alower opening-'7'. inthe;r

plate 4' may beprovided,ifi desired, andamayv contain a glass plate to permitlthe inspection'- of the interior without removing; thee. fronti plate 4. VThe back` plate 8i coyers-.thefrenr open end ofthe casing 1, andmay befprnvided with an o ningr and aglass. plate-9,-

in order to pernnt inspection of the interior at will. The'upward extensionfS'oflthecas-y ing 1 has glass openings` registering"withy the openings r5 .and 6. Oneoffthese openingsy 10 is shown in Fig. 3. ThereA is,thereiore a space inclosedin the: upwardfy extension of the casing-1 betweenrthe front -platelland said extension, throughwhichlight maypass..` Behind each of the'pairs.. of openingsisfw suitable light, shown in thepresentcase asfan.

v 'of" colored' materia for 'protection' against" abnormal'. 'Behind' each lampe isfa reflector 1i-1, 15, dis posed at; an' angle of aboutV 11.0 degrees.

These reflectors arerranged'- cnay support, which, .inv the present. "case,

extension: 3.-. 0n the back of said;v upward -edge "fthe supplementary casing-'16 rests. The casing 16" maybe fastenedfliif anyfsuit# y venient` Inode of fastening". the same isto at-y wliichengages a suitable pa-rt 19'ofl'the sli i. .fplementarv casing` 16- and lio'lds'thelittei.'y .1n-y place, utiV permits its easy. removal'. for: cleaningy the reflectors 1-1'- and`I` 15, and for in f spectionfand replacing ofthe/lamps L1", .12.:

In the shallow4 space between the,l upward' lin. oney or the other of" its. accustomed" posi.-l` tionscoversthe-'glazed aperture" 5 orl G, and` light" throughy the aperture, or: ifftle disk is. i., produces the appearhv l;ance off"coloredfliirht.l A motor isp1.'ovided; for swinging the 'f isk, .andi this: motorv is e1n ...electric motor is. employed; y

TheY disk; 20 is :fastenedl on an.l arm 21 "Whichpis-fxed. on a suitable-pivot', suoli as the shaft 22, land. to this same shaftI istV aft.- ta-ched' a, sew-mentall gear 23y and'l a counter-- weifrlitE 24.' a' apted" to throw the disk 20 `no1'-l -mally to:A one' particulhr" position. In the' frm of:v device'l shown, the counterweight j throwsr thev disk` towardy the:y right, soasI to obscure; the openingy 6, when no energy lisy acting` v'uponf the disk.. mechanism. A pinion 25'v meshes with the-y segment .23,` and said`- .pinionon: the shaft ofr anl electricl motor 126, .whichfma-y be conveniently attached to have dne lbearing.,offits armature in saidpartition, andthe other 4`bearin rin; asupport' 27- fastenedinthefcasing1l T e motorgshafft'28f. l#has s linedf'l'xponfitone member 2,9' ofafclutch,

instance, vetheinember:'29 #isf cone shaped, and-f extension-3l is al rib-1.7, under wliichthe front vable way upon the'lnainy casing '1, but a con,

is held.'v` im. engagement withI itsfmatingfi part ASpecicatimiof.LettersPatents PatentedxSepif-.rlg

l incandescent electriclight 11, 12. 13v are inserted inthe circuits of.'y these lamps', currents".y

suitablevv isa snp` f plementary'caslng 16 fitting on. topy of the casmgfl" and. against' the'back; of'its .npward'ff -tachf av springzcatch/ 158.' to the main casing1`f iftlie disk is opaque prevents the passage of ploy'edv for simultaneously operatingylneans 'tors' controlling e'lectric cu'cults when an.

loo

the pvu-'titionv 2 above mentioned, .and may'y fr `:fol`l` rivingf' the pinion;` 25. In 'therpresent` l further movement of the disk, by lcon` This har carries awp'inr' adapted to actuate the counterweight. Qt will cause the .whole 'wheny the niotr isy enf-irfgized-l current will by a spring 30, Figli. The correspoi'iding hollow coneinating Withthejc'on'e 29 in the present case" is constiucted'in thepinlon and a collar 3l on the shaft 28 preventsrtlie pinion troni moving from its proper posiv` tionw VVhenytlie inotor 2G isenergized, the pinion 25 will bfrevolved'by the clutch', and the disk 2O will swing from# 'the position-f shown in Filial to cover the aperture 5. lVhenlthe diskreaches rthe position suited to cpver the', apeiture, stop BQIp'rev-ents tact A,vvitli soins-part of the disk, orl its mov-y able support, and then, if the disk shouldhave a tendency to rebound from the stop, the rebound Willbe prevented .because the 1 part 29 which issplined to the sliatt 2S -xvillv slip .slightly on the otherclutch.part,the motor isstall'ed as itis not strong enough to act against theclutch, and the disk Vwillbe heldin the position which covers the 'aperf` ture 5 against `the etl'ectot the counterweight 24. As soonas the motor 26 Vis denergized,

armatuneof the niotor, together With ythe 32a preventsfurtlier return movement of the 'disk20.'"A uf ,'a? l s l c Atja Suitable y,pointfon the shaft-'522 is. a crank, 33, Fig. "4, `and this crank'carries a bar 35 gvvhosepy movement is guided' at the lower endfbya link 86,'s0 that said bai' 35 movesI approximately-1,:,in a straight line.

a-tcou-nterlSS-t .whereby the number of signaling operations` performed by the' apparatus is registered: The :ban-carries `also one or more contacts 39, having a flexible coiinec# tion 40 with a binding screw l1 on the casing l. ThisJ contact may be provided vvith a. corresponding back contact 4-2 connected with a bindingserew lll'on the casing, and also: -a front Contact lll connected With'the binding screw 45 onthe 'outside ofthe cas' iiii'g, `so :th-at'wvhile the motor 26 is not energizedi current inay flow' through the ltlezribleconnectiont()y and the-back contact lli-2, and

llovv through the lexiblefconnectlon l0 and the fron@ contact 44. i f- Th'iioperation of the device is -as tollcivs z` When the 'motor is energized in'y any mannervvellflknfovfn in railway si'gi'ialing,` such as byr atrackfcirc'uit, or bythe closure ot-a track instruinentlin circuitwith a` source of current, the inotor Q6 is energized, and the disk 20 swings'V to cover the aperture- 5. This WillL produce a* certain J predetermined signaling ell'ectgand this 'sig-nal ycontinues as'long as the niotor .isfenergizedf l"A't'the saine time the counter `'is-actuated, andI registers the signaling action: Siini'iltan'eously, t yie.- back Contact tisbroken andthe frontcontactf 44HA isinade', so that other v'circuits ymay -be made" 'and-"broken yas l desired,A and these c'ircuits may be local circuits for the operation tion ot' rest shown in. Fig. 1.

"naliiic action. The arrangement here shown, .consist-ingel' the motor 2G and the contact device operated thereby constitute a form of relay.

in returning ythe disk 2O to its normal posi the incandescentV -lamps l11fand 12 Ashould Would'continue to burn, and light `from the vlatter lamp 'is reflected Aby the reflectors 14180 and 15 out through the 'aperture 5. Infact, the angle of the two reflectors 14E and l5 is such, With-reference to the position of `the .lamps 11 and l2, that not only is light relected from the backwardly directed rays,

first from then adjacent reflector, then to the otherfretlectoin and thence out through `the -apeiiturefbut yrays troni the lamp falling directly on the aperture-adjacent to the other l "laminare `also reflected through the apery Y lfheiveight of the bar and theparts that it carries in the construction shown, constitutes' an aid to the countervveight 24 If either of t burnput, or should-fail in slomeother Way (for :instance lamp 1l), the other -lan'ip 12 ture opposite said other lamp, so that in :case either lamp is extinguished, rays from one lamp Will pass through both 'apertures 5 and 6, although, of course, the intensity ot light will be diminished.

TWhatl claiin is w v y i l. ,ln a: signaling apparatus, arnainl casing adapted to contain a nio'tor and having an extension therefrom; a motor in said main casing; a. cover plate for covering said casing and extension, lhaving-'one orl more aper-y turcs 'or the .passage of light in that portiriiiv covering said extension, and having space .ti-ehind the cover vfor an oscillating disk extending trem. said motor into said extension and adapted to cover and uncover said apen tures; and. a support for vlighting.'jrneans or apertures.'

2. In a signaling apparatus, a main casing adapted to contain. a inotor, and having an .extension therefrom provided with one' or :more apertures tor `the passage of lightga` iiiotoiin said inain'fcasinggf a coverplate Vforl saidy casing;

an extension having aperlupoii said casing adjacent to said aperture' tures for the passage of lighuregistermg with the aperture or apertures in said eaten sionand having space'betvveen the cover and extensionffor an oscillating disk extending troni said motor into said lextension and adapted to -coverand 'uncover said aperture orA apertures; 1 and a' means in position to project 'light through said'aperture-or. apertures.,l f A v 3. In a signalingapparatus, a vniaincasing adapted to contain aniotor andl having an extension therefrom; a motor-*in said main leas-ing; arover plate ton covering/saidcasing'and extension, having one or more. apertures for the passage of light in thatportion `support for lighting.

sears@ covering said extension; and having space oehind the cover for an .oscillating dislr eX- jtending tro-ni said motor into .said extension and adapted to cover and uncover said ap'- ertures; a support tor lighting means upon said casingadja-eent to said avi'ierture or apeitures; and a supplementary casing removably attached to the main casing tor inclosing the lighting scans.

4. ln a signaling apparatus, a main casing l adapted to contain a motor, and having an extensionv therefrom provided with one or @more aperjures for the' passage of light; a

motor in said-main casin cover plate for said casing; an extensie having apertures for the passage of light, registering with the aperture or apertures in said extension and having space between. the cover and eXtension for an oscillating disk extending from said motor into said extension and adapted to cover and uncover' said aperture or apertures; a support for lighting mea-ns in posi- U. an i 1l tion to project light through said aperture `or apertures; and a supplementary casing' removably attached to the main casing for inclosing the lighting means.

5. Ina signaling apparatus, a main casing 'adapted to contain a motor andliaving an. upward extension tlierefroinprovided with two apertures for the passage ot light; a .cover .plate for said Casing; an extension having two apertures.. for the passage of flight registering with the apertures in said upward extension and having space between the extension and cover for an oscillating disk adapted to cover and to uncover said a ertures alternately; a source of light be- .hind each aperturepa'nd two reflectors arf ranged to reflect raysfrom each source of light through the aperture opposite the disk adapted to cover and to uncover saidapertures alternately; a source of light behind each aperture; and reflecting means arranged to reflect rays from each source of light through the aperture opposite the other source of light.

7. In. an electric signal, a counterbalanced 'pivoted arm; a segmental gear carried there by; a pinion meshing with said segmental gear; an electric motor having a'shaft passing loosely'through said pinion; a friction clutch memberon said shaft always engaging said pinion; and stops on the casing for limiting the movement of said arm.

8. In an electricvsignal, a counterbalanced pivoted arm; a segmental gear carried thereby; a pinion meshing with said segmental gear; an electric motor having a shaft pass- -ing loosely through said pinion; a friction clutch member on said shaft always en aging said pinion; stops on the casing for im-` iting the movement ot' said arm; and a registering mechanism actuated upon each movement of said arm.

VINTHROP K. HOVVE.

lWitnessem F. L. DoDGsoN,

M. F GEER. 

